MODIFIED POLYMER WITH A SLIPPERY OMNIPHOBIC COVALENTLY ATTACHED LIQUID CHEMICALLY BONDED THERETO, METHOD OF MAKING THE SAME, LIQUID LENS INCORPORATING THE MODIFIED POLYMER AS AN INSULATING LAYER, AND LIQUID LENS WITH INSULATING LAYER HAVING HIGH QUALITY FACTOR USABLE UNDER DIRECT CURRENT
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MODIFIED POLYMER WITH A SLIPPERY OMNIPHOBIC COVALENTLY ATTACHED LIQUID CHEMICALLY BONDED THERETO, METHOD OF MAKING THE SAME, LIQUID LENS INCORPORATING THE MODIFIED POLYMER AS AN INSULATING LAYER, AND LIQUID LENS WITH INSULATING LAYER HAVING HIGH QUALITY FACTOR USABLE UNDER DIRECT CURRENT
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Patent
MODIFIED POLYMER WITH A SLIPPERY OMNIPHOBIC COVALENTLY ATTACHED LIQUID CHEMICALLY BONDED THERETO, METHOD OF MAKING THE SAME, LIQUID LENS INCORPORATING THE MODIFIED POLYMER AS AN INSULATING LAYER, AND LIQUID LENS WITH INSULATING LAYER HAVING HIGH QUALITY FACTOR USABLE UNDER DIRECT CURRENT
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Patent